To improve dielectric properties and areal capacitance according to percolation theory, 0 to
50 wt% of Cu was used as a metal filler in a BaTiO 3 (BT) matrix. BT–Cu composite films with …

In this paper, the BaTiO 3/Ni composite films of 10 μm were fabricated by Aerosol deposition.
We investigate the dielectric behavior of BaTiO 3/Ni composite films with various Ni contents …

Embedded capacitors can effectively decrease the size of electronic appliances. This
application prefers the use of dielectric films with a high dielectric constant prepared by low …

The potential for using aerosol deposition (AD) as an alternative fabrication method to the
conventional polymer composite process for embedded capacitors was examined. In order …

Abstract We fabricated percolative BaTiO 3/Zn composite films on copper substrates using a
variety of weight concentrations by aerosol deposition. The BaTiO 3/Zn composite films were …

In order to prepare embedded planar decoupling capacitors with high capacitance density,
we attempted to fabricate BaTiO3 thin films on Cu substrates at room temperature by …

BaTiO3 thin films were fabricated on Cu substrates at room temperature employing an
aerosol deposition method (ADM) for embedded decoupling capacitors with high …

BaTiO3/polymer/Al (BPA) composite films for energy storage were fabricated by way of a roll
coating and thermal curing process. The coating slurry consisted of silicon-containing heat …

Embedded passives, which achieve miniaturization, cost reduction, and higher performance,
are regarded as one of the most promising technologies for a future RF module substrate …

aT W 000 ical Tech Keywords: A. Nanoparticle cpd in lle ture dielectric permittivity (e= 20),
low dielectric loss (0.01) at 10 3 Hz from 40 C to 100 C and high break-r all el and p. As th …